Used POINT CLW-36PTS #9263692 for sale

POINT CLW-36PTS is a cutting-edge recirculating heat exchanger-chiller unit. This high-efficiency chiller unit is designed for hydronic systems, air conditioning, or industrial process cooling. The chiller consists of five main components: a tank, a turbine centrifugal pump, a heat exchanger, a compressor, and a reservoir. The tank is constructed of heavy-duty stainless steel and contains a heat transfer fluid. The fluid is circulated through the exchanger by the turbine centrifugal pump, transferring heat from the fluid to the surrounding environment. The heat exchanger utilizes a slim fin design to optimize heat transfer efficiency, while controlling noise levels between 51 and 53 dBA. The heated fluid is then sent to the compressor, which reduces its temperature further. The cooled fluid is then stored in a large reservoir until it is ready to be reused. CLW-36PTS uses a semi-hermetic hermetic scroll compressor for performance. This type of compressor provides precise control of refrigerant intake and exhaust pressure, helping ensure consistent temperatures and improved efficiency. The compressor is also designed to reduce vibrations and limited noise to the surrounding environment. This unit also features several safety measures. A thermostat at the base of the unit monitors the chilled fluid temperature, cutting off the supply of refrigerant when pre-determined levels are reached. The system is also designed with a low-pressure switch, that shuts off and alarms when pressure levels drop below set parameters. POINT CLW-36PTS is a high-performance chiller unit, ideal for application in hydronic systems, air conditioning, or industrial process cooling. Its slim fin heat exchanger promotes superior heat transfer efficiency and low noise levels. The semi-hermetic hermetic scroll compressor's precise pressure control ensures consistent temperatures and improved efficiency. With a variety of safety features, CLW-36PTS is designed for reliable performance and long-lasting operation.